PPT-Control of fusion reactor plasma

Y Miyoshi Frontier Science University of Tokyo Introduction ITER 1 DEMO 2 Commercial 2 Under construction Construction of control system is needed Construction of control system for . com wwwbregcom BILL TO Customer P0 Contact Tel Name Address City State Zip SHIP TO if different Name Address City State Zip FOR OFFICE USE ONLY PATIENT INFORMATION LEG MEASUREMENTS 1 Thigh Circumference 2 C alf Circumference 3 Knee University of Warwick. Outline. Brief introduction to fusion. High . confinement and instabilities: ELMs. What is needed for? .  ITER … . demo. Description and results. Further work. Brief introduction to Fusion. Technology of Energy Seminar Series. Matthew Glazer. 2/10/2015. I am a Ph.D. student in Materials Science and Engineering,. My . current research . focuses on . Li-ion Batteries, and I have prior research experience studying Nuclear Materials. Y. Miyoshi. Frontier Science ,University of Tokyo. Introduction. ITER [1]. DEMO [2]. Commercial [2]. Under construction. Construction of . control system. is needed.. Construction of control system for . Japan-US Workshop . on. Fusion Power Plants Related Advanced Technologies with participants from China and Korea. （. Kyoto University, . Uji. , Japan, 26-28 Feb. 2013. ）. J. Miyazawa. , M. Yokoyama, Y. How it works?. Just as conventional power-stations generate electricity by harnessing the . thermal energy . released from .  . burning fossil fuels, . nuclear reactors convert the thermal energy released from . Australian plasma/fusion research . and. ANU emerging energy research areas. B.D. Blackwell - . Plasma Research Laboratory. and H-1 . National Facility. College of Physical Sciences, . Australian National University. Power Plants and Related Advanced Technologies . with . participations from China and Korea. February 26-28, 2013 at Kyoto University in . Uji. , JAPAN. 1. Assessment on . Tulipano. Phys 43, SRJC. 12 May 2009. Is nuclear power the answer?. . Transportation contributes to over 50% of CO. 2. emissions, but nuclear power cannot directly reduce this.. There are no direct greenhouse gas emissions from nuclear power.. . Nuclear Energy Fundamentals . Module 4: Nuclear Reactor Design . Module Objectives . After the completion of this module, the student will be able to: . • . Explain the fuel assembly geometry, specifications and material. . on the Pathway to Fusion Energy. Mohamed Abdou . Distinguished Professor of Engineering and Applied Science (UCLA) . Director, . Fusion Science and Technology Center (UCLA. ). Founding President. , Council of Energy Research and Education Leaders, CEREL (USA). Paul Humrickhouse. Fusion Safety Program Lead. Idaho National Laboratory. SULI – Introduction to Fusion Energy and Plasma Physics. June 23, 2020. Why Fusion?. Abundant fuel resources (D, Li)!. No carbon emissions!. The Sun produces energy in this manner.. Hydrogen bombs use this process.. Much more energy per gram is released by fusion than is by fission.. Fusion reactions create no radioactive waste . Unfortunately it is much harder to start and control a self sustaining reaction.. Presented by. Rick Lee. Chief Operator, DIII-D Operations. Manager, Energy/Fusion Outreach Program. General Atomics. San Diego, CA. “Tell me and I forget. Teach me and I remember. Involve me and I learn.” – Benjamin Franklin.